All Products
K9804AC Yokogawa Oven CPU Card
The K9804AC Yokogawa Oven CPU Card is a central processing module developed for precise control of industrial oven and thermal systems. It manages control logic, processes operational data, and ensures stable communication between system components. Designed for continuous industrial use, this CPU card delivers consistent performance and long-term reliability in demanding process environments.
K9804BA Yokogawa TCD Card
The K9804BA Yokogawa TCD Card is a reliable control and signal-handling module used in Yokogawa industrial systems. It helps process and manage measurement data smoothly, ensuring stable system operation and consistent performance. Designed for continuous industrial use, this card integrates easily into existing control setups and supports dependable day-to-day operations.
K9804FC Yokogawa TEMP Card
The Yokogawa K9804FC TEMP Card is a precision electronic control module designed for industrial analytical systems where accurate temperature measurement and control are essential. This card is commonly used in gas chromatograph ovens and temperature-sensitive process instruments to monitor and stabilize thermal conditions — ensuring optimal performance, signal integrity, and analytical accuracy.
K9804GA Yokogawa Oven FPD Card
The Yokogawa K9804GA Oven FPD Card is a specialized electronic control module designed for use in industrial gas chromatograph (GC) systems — particularly those requiring Flame Photometric Detector (FPD) temperature control. This card plays a crucial role in managing the oven or detector temperature, ensuring stable, precise thermal regulation which is essential for accurate detection of sulfur- or phosphorus-containing compounds.
K9804JA Yokogawa Oven EV Board
The Yokogawa K9804JA Oven EV Board is a precision electronic module used within analytical instruments and process analyzers to support temperature control and heat‑related functions. Engineered by Yokogawa to meet the performance and reliability requirements of industrial analytical equipment, this board helps ensure stable thermal operation and enhanced instrument longevity. It’s an essential part for maintaining accurate process conditions in systems where controlled heating is critical.
K9804LA Yokogawa Safety Board 4
The Yokogawa K9804LA Safety Board 4 is a high-quality safety-critical electronic module designed for industrial analytical and control systems. As part of the internal safety architecture of compatible Yokogawa instruments and process analyzers, this safety board ensures reliable fail-safe operation, protects system integrity, and supports diagnostic functions that help maintain safe process control in demanding environments.
K9804LB Yokogawa Safety Board 4
The Yokogawa K9804LB Safety Board 4 is an essential safety-critical electronic module designed for industrial analytical and control systems where reliable protection and fault management are required. As part of the internal safety architecture for Yokogawa instruments and analyzers, this safety board helps ensure fail-safe operation and system integrity by monitoring key parameters, detecting fault conditions, and preventing hazardous situations.
KBHDG5V-8-2C375N250-EX-M1-PE7-H4-12 Vickers Proportional Two-Stage Directional Valves
The Vickers KBHDG5V-8-2C375N250-EX-M1-PE7-H4-12 proportional two-stage directional valve provides accurate electro-hydraulic flow and direction control. Built for high-performance systems, it ensures smooth dynamic response, stable pressure regulation, and dependable operation in demanding industrial applications.
KBHDG5V-8-33C375N250-EX-M1-PE7-H4-11 Vickers Proportional Two-Stage Directional Valves
The Vickers KBHDG5V-8-33C375N250-EX-M1-PE7-H4-11 proportional two-stage directional valve delivers precise electro-hydraulic control for demanding applications. Designed for high flow capacity and accurate positioning, it ensures stable pressure regulation, smooth response, and reliable performance in advanced industrial systems.
KUC755AE117 3BHB005243R0117
Manufacturer : ABB
Product No. : KUC755AE117 3BHB005243R0117
Condition ：Brand NEW & in Stock
Product Type : System Controllers
Product Origin : Switzerland (CH) / Thailand (TH)
Payment :T/T, Western Union
Product Net Depth / Length: 120 mm
Product Net Height: 80 mm
Product Net Width: 147 mm
Weight : 1.53 kg
Warranty : 12 months
L4064B2210 Honeywell Fan and Limit Controller
The Honeywell Fan and Limit Controller (L4064B2210) helps regulate when the fan turns on and off while also keeping temperature within safe limits in heating systems. It ensures the fan operates at the right time and helps prevent the system from overheating. This makes overall operation smoother and safer in HVAC setups.
L9819AB Yokogawa Bellofram
The L9819AB Bellofram is a replacement Bellofram diaphragm (rubber bellows) used in the piston section of the metering or liquid pump within certain Yokogawa analytical instruments (such as the RC400G Residual Chlorine Analyzer). It functions as a flexible, resilient element that helps control the flow of sample or reagent liquids by converting mechanical motion into fluid displacement inside the pump assembly.
L9819AC – Yokogawa Rubber Bellows
The Yokogawa L9819AC rubber bellows is a flexible and durable sealing component designed to provide reliable isolation and protection in analytical and process instrumentation equipment. Engineered to withstand repeated movement and exposure to process media, this rubber bellows ensures enhanced sealing performance, reduces leak risks, and supports long-term operational stability in demanding industrial environments.
L9850CA Yokogawa Pressure Regulator
The Yokogawa L9850CA Pressure Regulator is a precision-engineered control device designed to maintain stable and accurate pressure levels within fluid and gas systems used in industrial instrumentation and process automation. Built by Yokogawa — a global leader in industrial measurement and control technology — this pressure regulator delivers consistent performance and dependable control, making it ideal for critical process applications where pressure stability is essential for safety and accuracy.
L9850CC | Yokogawa Pressure Regulator for GC1000 Mark II Gas Chromatograph
The Yokogawa L9850CC is a pressure regulator designed to keep gas pressure steady in the GC1000 Mark II Gas Chromatograph. By maintaining consistent pressure, it helps ensure accurate and repeatable analysis results. Built for everyday industrial use, this regulator supports smooth and reliable operation in gas analysis systems.
L9862AC – Yokogawa Gasket
The Yokogawa L9862AC gasket is designed to provide reliable sealing and leak prevention in industrial process systems. Engineered for durability and precision, this gasket ensures safe and consistent operation of Yokogawa equipment, supporting long-term reliability in demanding industrial environments.
L9862AD – Yokogawa Gasket
The Yokogawa L9862AD gasket is engineered to provide reliable sealing and leak prevention in industrial process systems. Designed for durability and precision, this gasket ensures consistent and safe operation of Yokogawa equipment, supporting long-term performance in demanding industrial environments.
L9862AG – Yokogawa Filter
The Yokogawa L9862AG filter is designed to protect analytical instruments and sensors from particulate contamination. Engineered for durability and high filtration efficiency, this filter ensures reliable operation and extends the life of sensitive instrumentation in industrial and process environments.
LANTIME-300
LANTIME-300 network time server is available at Evaflux in both unused and rebuilt conditions. Designed for precise time synchronization in industrial and IT systems. In stock and ready for same-day shipping.
LANTIME-300
The LANTIME-300 is a compact, industrial-grade NTP time server designed to provide accurate time synchronization across networked devices using GPS or other timing references.
LBC586PLUS-2324D/ 336A5199AAP1
LBC586PLUS-2324D / 336A5199AAP1 Embedded Controller Module for GE control systems. Available in UNUSED and REBUILT condition. Same-day shipping from Evaflux.
LBOD10101 HACH Intellical™ LBOD101 BOD Luminescent/Optical Dissolved Oxygen (LDO) Probe
The HACH Intellical™ LBOD10101 BOD LDO Probe is a precision sensor designed for accurate measurement of dissolved oxygen using luminescent/optical technology. This advanced probe delivers fast response times, high reliability, and minimal maintenance, making it ideal for biological oxygen demand (BOD) testing and monitoring in wastewater treatment, environmental analysis, and industrial process applications.
LC1D09 Schneider Electric Contactor
The Schneider Electric LC1D09 Contactor is a reliable switching device designed for industrial and commercial electrical systems. It provides efficient control of motors, lighting, and other electrical loads, ensuring long-term durability and stable performance in demanding applications.
LC1D09F7 Schneider Electric TeSys D Contactor
The Schneider Electric LC1D09F7 TeSys D Contactor is a reliable switching device designed for efficient motor control and electrical load management in industrial automation systems. It offers stable switching performance and dependable operation in demanding environments such as manufacturing plants, control panels, and automation systems. Built with Schneider Electric’s advanced TeSys D technology and durable construction, this contactor ensures long service life, consistent performance, and efficient motor control in industrial applications.
LC1D09M7 Schneider Electric TeSys D Contactor
The Schneider Electric LC1D09M7 TeSys D Contactor is a reliable switching device designed for efficient motor control and electrical load management in industrial automation systems. It delivers stable switching performance and dependable operation in demanding industrial environments such as control panels, machinery systems, and manufacturing facilities. Built with Schneider Electric’s advanced TeSys D technology and durable components, this contactor ensures long service life, consistent performance, and efficient electrical switching.
LC1D09M7C Schneider Electric TeSys D Contactor
The Schneider Electric LC1D09M7C TeSys D Contactor is a reliable switching device designed for industrial and commercial electrical systems. It provides efficient control of motors, lighting, and other electrical loads, ensuring long-term durability and stable performance in demanding applications.
LC1D12M7 Schneider Electric TeSys D Contactor
The Schneider Electric LC1D12M7 TeSys D Contactor is a dependable switching device designed for controlling motors and electrical loads in industrial automation and electrical control systems. It ensures stable switching performance and reliable operation in demanding industrial environments such as machinery control panels and automation systems. Built with Schneider Electric’s trusted TeSys D technology and durable components, this contactor provides long service life, consistent performance, and efficient electrical switching.
LC1D12M7C Schneider Electric Contactor
The Schneider Electric LC1D12M7C Contactor is a reliable switching device designed for industrial and commercial electrical systems. It provides efficient control of motors, lighting, and other electrical loads, ensuring long-term durability and stable performance in demanding applications.
LC1D50AM7 Schneider Electric TeSys D Contactor
The Schneider Electric LC1D50AM7 TeSys D Contactor is a high-performance switching device designed for reliable control of motors and electrical loads in industrial automation systems. It provides efficient switching performance and dependable operation in demanding environments such as motor control centers, manufacturing plants, and industrial control panels. Built with Schneider Electric’s trusted TeSys D technology and durable components, this contactor ensures long service life, consistent performance, and efficient electrical switching in industrial applications.
LC1D80M7 Schneider Electric TeSys D Contactor
The Schneider Electric LC1D80M7 TeSys D Contactor is a high-performance switching device designed for reliable control of motors and electrical loads in industrial automation systems. It provides efficient switching performance and dependable operation in demanding environments such as motor control centers, manufacturing plants, and industrial control panels. Built with Schneider Electric’s trusted TeSys D technology and durable components, this contactor ensures long service life, consistent performance, and efficient electrical switching in industrial applications.
LC1F225U7 Schneider Electric TeSys F Contactor
The Schneider Electric LC1F225U7 TeSys F Contactor is a reliable switching device designed for industrial and commercial electrical systems. It provides efficient control of motors, lighting, and other electrical loads, ensuring long-term durability and stable performance in demanding applications.
LC1F500F7 Schneider Electric TeSys F Contactor
The Schneider Electric LC1F500F7 TeSys F Contactor is a heavy-duty switching device designed for controlling large motors and high-power electrical loads in industrial automation systems. It delivers reliable switching performance and efficient operation in demanding environments such as manufacturing plants, power distribution systems, and industrial control panels. Built with Schneider Electric’s advanced TeSys technology and durable construction, this contactor ensures long service life, consistent performance, and dependable motor control for industrial applications.
LD15BDCRWBTR MEDC LD15 Ex LED Beacon
The MEDC LD15 Ex LED Beacon is designed to deliver clear, high-visibility warning signals in hazardous and industrial environments. Engineered for durability and reliability, it supports safe operations with dependable performance in demanding offshore, marine, and process industry applications.
LFD3070R EATON Molded Case Circuit Breaker Accessory Current Limiter
The LFD3070R Eaton Molded Case Circuit Breaker Accessory Current Limiter is designed to enhance protection by limiting fault current energy during short circuit conditions. It improves system safety, reduces equipment stress, and supports reliable performance in industrial power distribution applications.
LFL1.322 Siemens Gas Burner Control
The Siemens LFL1.322 gas burner control ensures safe and reliable burner operation through precise sequencing, flame supervision, and system diagnostics. Designed for industrial combustion applications, it supports stable performance, operational safety, and dependable control in demanding environments worldwide today globally.
LFL1.635 Siemens Gas Burner Control
The Siemens LFL1.635 gas burner control ensures safe ignition, flame supervision, and shutdown protection in industrial combustion systems. Engineered for reliability and precise sequencing, it supports stable performance, continuous monitoring, and dependable safety control in demanding operational environments and applications.
LG1093AA24 Honeywell Flame Sensor
The Honeywell LG1093AA24 Flame Sensor is designed to provide accurate and dependable flame detection in industrial burner systems. It continuously monitors flame presence, supporting safe ignition control and reliable shutdown protection for boilers, furnaces, and other combustion equipment applications.
LG1093AA25 Honeywell Flame Sensor
The Honeywell LG1093AA25 Flame Sensor is engineered for reliable flame detection in industrial combustion systems. It continuously monitors burner flame presence, ensuring safe ignition, stable operation, and immediate shutdown during flame failure conditions in boilers and furnaces.
LG1093AA26 Honeywell/Ontic LG1093 Flame Sensor
The Honeywell/Ontic LG1093AA26 Flame Sensor is designed for dependable flame detection in industrial combustion systems. It continuously monitors flame presence to ensure safe ignition, stable burner performance, and immediate shutdown during flame failure conditions in critical heating applications.
LG1093AA34 Honeywell Flame Sensor
The Honeywell LG1093AA34 Flame Sensor is built for accurate and reliable flame detection in industrial burner systems. It continuously monitors flame presence, ensuring safe ignition control, stable combustion performance, and immediate shutdown response during flame failure conditions in critical heating applications.
LG1093AA35 Honeywell Flame Sensor
The Honeywell LG1093AA35 Flame Sensor is engineered for precise and dependable flame detection in industrial combustion systems. It continuously monitors burner flame presence, ensuring safe ignition control, stable operation, and rapid shutdown response during flame failure in boilers and furnaces.
LG1093AA36 Honeywell Flame Sensor – By Ontic
The Honeywell LG1093AA36 Flame Sensor, manufactured by Ontic, is designed for reliable flame detection in industrial combustion systems. It continuously monitors flame presence, ensuring safe ignition, stable burner operation, and immediate shutdown protection during flame failure conditions.
LG1093AA44 Honeywell Flame Sensor
The Honeywell LG1093AA44 Flame Sensor is engineered for accurate flame detection in industrial burner systems. It continuously monitors flame presence to ensure safe ignition control, stable combustion performance, and rapid shutdown during flame failure in boilers and heating applications.
LG1093AA45 Honeywell LG1093 UV Flame Sensor
The Honeywell LG1093AA45 UV Flame Sensor is designed for precise ultraviolet flame detection in industrial combustion systems. It continuously monitors burner flame presence, ensuring safe ignition control, stable operation, and immediate shutdown response during flame failure conditions.
LG1093AA46 Honeywell Flame Sensor
The Honeywell LG1093AA46 Flame Sensor is engineered for dependable flame detection in industrial combustion systems. It continuously monitors burner flame presence to ensure safe ignition control, stable operation, and rapid shutdown during flame failure conditions in boilers and furnaces.
LG1093AC01 Honeywell LG Flame Detector
The Honeywell LG1093AC01 flame detector ensures dependable flame monitoring for industrial combustion systems. It provides fast response, stable detection, and enhanced safety, helping maintain efficient burner performance and reliable operation in demanding environments while supporting continuous process monitoring and protection.
